SAPA’s powertrains address the challenge of future mobility, providing the best performance in any environment.
Our high-efficiency mobility systems allow vehicles to increase payload capacity over their life—supporting platform growth and system upgrades without compromising mobility.
SAPA design, manufactures, and maintain a complete powertrain, offering a comprehensive solutions that includes propulsion, intake, exhaust, and auxiliary systems, as well as the on-board electrical power generation systems.
Our wheeled vehicle systems aim to reduce transmission power losses caused by conventional gear shifting by eliminating the torque converter and reducing torque losses due to hydraulic pumps and friction discs.
SAPA transmissions are designed to maximize powertrain efficiency and performance, providing vehicles with excellent maneuverability regardless of the terrain. They feature the highest torque/power-to-weight ratio in the powershift transmission market, offering efficiencies exceeding 90% in all terrain conditions.
Our transmissions feature a high ratio spread of 31 gears with 24 gears divided into equal steps with 16% increments. This allows for near-continuous transmission, resulting in optimized engine performance and improved performance.
Our wheeled vehicle systems aim to reduce transmission power losses caused by conventional gear shifting by eliminating the torque converter and reducing torque losses due to hydraulic pumps and friction discs.
SAPA transmissions are designed to maximize powertrain efficiency and performance, providing vehicles with excellent maneuverability regardless of the terrain. They feature the highest torque/power-to-weight ratio in the powershift transmission market, offering efficiencies exceeding 90% in all terrain conditions.
Our transmissions feature a high ratio spread of 31 gears with 24 gears divided into equal steps with 16% increments. This allows for near-continuous transmission, resulting in optimized engine performance and improved performance.
© SAPA Transmission Inc. 2025
© SAPA 2025